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TQD32200WL | General Electric Molded Case Circuit Breaker
- Regular price
- $1,027.00
- Sale price
- $1,027.00
- Regular price
-
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Product Description P/N: TQD32200WL
DescriptionΒ
The TQD32200WL is a molded case circuit breaker manufactured by General Electric, belonging to the Q-Line series and identified as type TQD. It features a 3-pole configuration suitable for three-phase systems, rated at 200 amps and operating at 240 volts AC. This breaker is equipped with a non-interchangeable trip unit and includes line and load side lug terminals.Β
Β
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Technical SpecificationsΒ
|
Part NumberΒ |
TQD32200WLΒ |
|
CategoryΒ |
Circuit BreakerΒ |
|
SubcategoryΒ |
Molded Case Circuit BreakerΒ |
|
Trip StyleΒ |
Non-InterchangeableΒ |
|
PolesΒ |
3Β |
|
AmperageΒ |
200 AΒ |
|
System VoltageΒ |
120 VacΒ |
|
Frame TypeΒ |
Q-LineΒ |
|
120 Vac Interrupting RatingΒ |
10 KAICΒ |
|
120/240 Vac Interrupting RatingΒ |
10 KAICΒ |
|
240 Vac Interrupting RatingΒ |
10 KAICΒ |
|
Trip FunctionΒ |
LI (Long Time and Instantaneous)Β |
|
Continuous Current RatedΒ |
StandardΒ |
|
Suitable for Reverse FeedΒ |
YesΒ |
|
LugsΒ |
TCAL25Β |
|
Long TimeΒ |
FixedΒ |
|
InstantaneousΒ |
FixedΒ |
Β
Β
Information About TQD32200WL
The TQD32200WL is a molded case circuit breaker manufactured by General Electric under the Q-Line series, specifically categorized as Type TQD. It is designed for three-phase applications, featuring a 3-pole configuration with a nominal current rating of 200 amps and an operational voltage of 240 volts AC.Β
Key specifications of the TQD32200WL include its non-interchangeable trip unit, which ensures consistent performance and protection settings, and line and load side lug terminals for secure electrical connections. The circuit breaker is equipped with a thermal magnetic trip mechanism, offering reliable operation under normal and fault conditions.Β
With an interrupting capacity of 10,000 amperes at 240 volts AC, the TQD32200WL meets standard safety requirements for interrupting current surges, protecting downstream electrical equipment from damage due to short circuits or overloads. It is designed to operate effectively in environments with ambient temperatures up to 40 degrees Celsius.Β
DescriptionΒ
The TQD32200WL is a molded case circuit breaker manufactured by General Electric, belonging to the Q-Line series and identified as type TQD. It features a 3-pole configuration suitable for three-phase systems, rated at 200 amps and operating at 240 volts AC. This breaker is equipped with a non-interchangeable trip unit and includes line and load side lug terminals.Β
Β
Β
Technical SpecificationsΒ
|
Part NumberΒ |
TQD32200WLΒ |
|
CategoryΒ |
Circuit BreakerΒ |
|
SubcategoryΒ |
Molded Case Circuit BreakerΒ |
|
Trip StyleΒ |
Non-InterchangeableΒ |
|
PolesΒ |
3Β |
|
AmperageΒ |
200 AΒ |
|
System VoltageΒ |
120 VacΒ |
|
Frame TypeΒ |
Q-LineΒ |
|
120 Vac Interrupting RatingΒ |
10 KAICΒ |
|
120/240 Vac Interrupting RatingΒ |
10 KAICΒ |
|
240 Vac Interrupting RatingΒ |
10 KAICΒ |
|
Trip FunctionΒ |
LI (Long Time and Instantaneous)Β |
|
Continuous Current RatedΒ |
StandardΒ |
|
Suitable for Reverse FeedΒ |
YesΒ |
|
LugsΒ |
TCAL25Β |
|
Long TimeΒ |
FixedΒ |
|
InstantaneousΒ |
FixedΒ |
Β
Β
Information About TQD32200WL
The TQD32200WL is a molded case circuit breaker manufactured by General Electric under the Q-Line series, specifically categorized as Type TQD. It is designed for three-phase applications, featuring a 3-pole configuration with a nominal current rating of 200 amps and an operational voltage of 240 volts AC.Β
Key specifications of the TQD32200WL include its non-interchangeable trip unit, which ensures consistent performance and protection settings, and line and load side lug terminals for secure electrical connections. The circuit breaker is equipped with a thermal magnetic trip mechanism, offering reliable operation under normal and fault conditions.Β
With an interrupting capacity of 10,000 amperes at 240 volts AC, the TQD32200WL meets standard safety requirements for interrupting current surges, protecting downstream electrical equipment from damage due to short circuits or overloads. It is designed to operate effectively in environments with ambient temperatures up to 40 degrees Celsius.Β